Product Overview
This specification defines a crystal oscillator designed for use as a clock generation circuit in microcomputers. It is suitable for time base oscillation applications. Please contact the manufacturer for applications other than those specified.
Product Attributes
- Manufacturer: Murata Manufacturing Co.,Ltd
- Brand: Murata
- Part Number: XNCJH26M000TJEA2E2
- TEW Ordering Number: 120-19484
- TEW Package Code: TTS18NSH-A7
- Application: GPS
- RoHS Compliant: Applied
- Packing Form: Tape and Reel
- Other: No attached test data
- Mounting Type: S.M.D (for IR Reflow)
Technical Specifications
| Parameter | Symbol | Min. | Typ. | Max. | Unit | Test Condition |
| 1. Absolute Maximum Value | ||||||
| Supply Voltage | Vcc | +1.89 | V | |||
| Storage Temperature Range | T STG | -40 | +85 | |||
| 2. Operating Range | ||||||
| Supply Voltage | Vcc | +1.71 | +1.8 | +1.89 | V | DC+1.8V5% |
| Operating Temperature Range | T_use | -30 | +85 | |||
| Load Impedance | Load_R | 10 | k | R//C = 10k//10pF | ||
| Load Capacitance | Load_C | 10 | pF | R//C = 10k//10pF | ||
| 3. Electrical Specification | ||||||
| Current Consumption | 0.8 | mA | Vcc=+1.8V | |||
| Output Level | Vp-p | --- | +6.0 | Vp-p | Load R//C = 10k//10pF | |
| Frequency Stability | ||||||
| Frequency Tolerance (25 2) | 0.2 | ppm | ||||
| Frequency - Temperature (referred to the value 252) | 0.5 | 1.0 | ppm | T_use = -30 to +85 | ||
| Frequency - Voltage Coefficient | 0.2 | ppm/V | Vcc=+1.8V-0.09V/+0.09V | |||
| Frequency - Load Coefficient | 1.0 | ppm/% | Load = (10k//10pF) 10% | |||
| Frequency - Aging (1 year, 25 2) | 1.0 | ppm/year | ||||
| Frequency - After Reflow-soldering (2 times) | 0.5 | ppm | ||||
Note 1: Output Wave: Clipped Sine wave (DC coupling). DC-cut capacitor of output is not put in TCXO. Please add DC-cut capacitor (1,000pF) in oscillators output line.
Note 2: Reference: Nominal Frequency
Note 3: Reference: Frequency
Note 4: Reference: Reflow-Soldering Profile (Please refer to 5/8 page)
2410121612_muRata-XNCJH26M000TJEA2E2_C475967.pdf
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible